銦錫氧化物 的英文怎麼說
中文拼音 [yīnxíyǎnghuàwù]
銦錫氧化物
英文
indium tin oxide （ito）-
Nano indium, tin oxide etc. particles / polymer composite was studied. high transparence and electromagnetic shielded efficiency are asked. the transparency of organic glass is good, but it is nonconductor and has no shielded efficiency
大課題採取無機-高分子納米復合技術路線，研製氧化銦、氧化錫等金屬氧化物納米粒子丙烯酸酯類聚合物納米復合材料，要求高透光、高電磁屏蔽。In those studying works, nano - composites of polymer were prepared for electromagnetic screening and transparent in military electronic units 、 apparatus 、 weapon equipments, electronic cabinets, to keep communications secrets for important offices 、 laboratory, designing technologic routes of inorganic nanoparticle / nano - composites of polymer, nano - stannum oxide, nano - indium stannum oxide were prepared
本課題的研究針對軍用電子元器件、部件、武器裝備、方艙、通信保密、重要辦公室、實驗室需要透明同時防電磁波泄露的需求，採取無機/高分子納米復合技術路線，研製納米氧化錫、氧化銦錫/丙烯酸酯類聚合物納米復合材料。Fachun lai, limei lin, zhigao huang, rongquan gai, yan qu ， effect of thickness on the structure, morphology and optical properties of sputter deposited nb2o5 films, applied surface science 253 ( 4 ), 1801 - 1805 ( 2006 )
李雪蓉，賴發春，林麗梅，瞿燕，測量條件對摻錫氧化銦薄膜電學測量結果的影響，物理實驗已接受待發表（ 2007 ）Indium tin oxide
銦錫氧化物The main transparent conductive oxide include indium tin oxide ( ito ), al - doped zno ( azo ), tin antimony oxide ( ato ) etc. ito is important material of making the transparent electrode
目前應用廣泛的透明導電氧化物薄膜主要有氧化銦錫薄膜（ ito ） 、氧化鋅鋁膜（ azo ） 、摻銻氧化錫（ ato ）等。銦錫氧化物（ ito ）是製造透明電極的重要材料。Due to its excellent electro - optical properties such as high electrical conductivity, transparency to light, high substrate adherence, good hardness, and chemical inertness the applications in various fields : transparent electrodes for display devices, transparent coatings for solar energy heat mirrors, windows films etc. among all of the investigations on ito, the research on its thin films has been the most interesting issue for several decades
因為ito薄膜的優良光電性能、很強吸附能力、硬度高、化學性質穩定，使得ito薄膜廣泛地應用於很多領域：太陽能電池、液晶顯示器、現代戰機和巡航導彈的窗口等。在銦錫氧化物（ ito ）的研究領域里，有關ito薄膜的研究進行了幾十年。Deposition of additional thin layers of indium tin oxide and other compounds next to the electrodes altered the interaction of the thicker layers and also improved the efficiency of the injection of holes and electrons, thereby further upping the overall power efficiency of the fluorescent oled
將薄層氧化銦錫及其他化合物附置在電極旁，可以改變厚層間的交互作用，並改善電洞及電子的注入效率，因而可以進一步增加螢光oled的整體用電效率。But the composite must have enough pervious light gap between conducting particles, or the particle size is less than the wavelength of visible light. so preparation of indium, tin oxide ( in2o3 / sno2 ) nano powders by promising method of sol - gel in liquid and surface modification were studied. we hope to summarize general nano preparation, modification and characterization methods
所以本研究的目的是利用液相法中較有前途的溶膠-凝膠法制備氧化銦、氧化錫及其復合氧化物（ in _ 2o _ 3 sno _ 2 ）納米粉料，並對其進行表面修飾和綜合表徵，為大課題提供原材料並可望總結出普遍可行的納米粒子制備、修飾及表徵方法。分享友人